Vibration is around us, everywhere. We are able to see some vibrations and some we are not able to see. Some vibrations we can feel, whereas some we can't. Well, then the question is - What is Vibration?
Vibration is defined as the to and fro motion of an object from its mean position of rest
Let us see some common examples of vibration in the real world:
The motion of the Pendulum in a Grandfather's clock is Vibration
The motion of a Suspended Spring Mass System when an External force is applied is vibration
Running Motors, Pumps, etc. have Vibration
While you can see or feel the motion of a pendulum and a suspended spring mass system, it is more difficult to see or feel the vibration of motors, pumps, fans, turbines, etc. because the amount of vibration is very small.
The vibration is measured either by its displacement from its mean position, velocity (rate of change of displacement with time) or acceleration (rate of change of velocity with time)
The answer is both Yes and No. Why Yes? We have a Calibrator that is able to generate a controlled vibration i.e a pure sine wave of a controlled frequency and controlled amplitude with a high accuracy and precision. Using this Calibrator, we can ...
A Vibration Meter uses a Vibration Sensor (Accelerometer or Velometer) to sense vibration of rotary equipment. The Mechanical Vibration is converted to an Electrical Signal via the Vibration Sensor and is transferred to the Vibration Meter. The ...
What is Vibration Analysis and Why Vibration Analysis? What is Vibration? Vibration is the To & Fro motion of an object from its mean position of rest. In the three dimensional world surrounding us, an object can vibrate in all three dimensions. ...
1 Radian Vibration is a Periodic Motion. The time taken to complete one cycle of vibration is called as the Time Period of Vibration (T). This is measured in Seconds (s) The number of cycles of vibration completed in one second is called as the ...